ADAZVIBES

I bet you never thought you would live to see the day we had 10TB hard drives did you? Well, helium-filled hard drives have finally reached this point by creating the first 10TB hard drives that use conventional recording methods.

Western Digital subsidiary HGST has created the Ultrastar He10 which, interestingly enough, is not the first 10B helium drive. HGST created the first real 10TB hard drive back in the summer. However, this new drive is the only helium drive that has 10TB and uses perpendicular magnetic recording (PMR), the standard recording technology for hard drives over the last 10 years.

The first 10TB drive from HGST used shingled magnetic recording (SMR). SMR uses magnetic tracks that overlap to increase capacity. The downside here is that there is very little guard space between the tracks, which makes rewriting data much more difficult and longer as adjacent tracks may need to be rewritten as well. That is why SMR is better-suited for cold storage as opposed to routine recording.

PMR has some negatives too. The problem with PMR is that is is coming to the limits of its potential capacity. Regardless, HGST has pulled off something quite amazing by stuffing seven platters into a standard 1-inch drive. Helium drives from other companies, like Seagate, top out at 8TB. Both Seagate and HGST have been putting money into new technology known as heat-assisted magnetic recording, which allows for a much higher capacity and is better suited for everyday use though these hard drives won't start showing up until next year at the earliest.

Just like with the earlier helium drives from HGST, the Ultrastar He10 is being marketed at enterprise and server use and will have a price tag of around $800. Compared to air, helium isn't as dense which means that there will be less of a drag on the moving parts of the drive. This decreased friction when combined with hermetic seals that keep out contaminants and humidity allow these drives to run at cooler temperatures than a standard HDD. This will also reduce your energy costs. This makes them perfect for use in servers though the direct impact on consumers will be minimal. Regardless, the larger capacity could benefit the cloud services that we are relying on more and more.

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In the words of LT Pete "Maverick" Mitchell, "I feel the need....the need for speed!" Well, at least that's what Intel is feeling as it just announced that it will be putting its absurd 72-core Knight's Landing supercomputer chip into production. However, that isn't even the most exciting part. The most exciting part is that the Knight's Landing, which is Intel's fastest chip to date, will be going into desktop workstations that will contain enough computational power to make Doc Brown's overloaded speakers look like a kids karaoke machine.

PC World recently reported that the company is planning on shipping a "limited number of workstations" that will come equipped with the super-fast supercomputer chip in the first half of 2016. As a result PC makers will have the ability to adopt Intel's supercomputer silicon in desktop models on a greater scale, according to Intel's Charles Wuischpard. I don't know about you, but I'm not sure I can handle a chip like this being in something that is sitting in my room or my office. But then again the power is very alluring.

The main question that is going to be on everyone's mind is, of course, what kind of specs we can expect from the Knight's Landing chip. This chip differs from the ones currently in your desktop in the fact that this supercomputer processor puts all of its cores onto a single piece of silicon. Then, all of these processors are bundled up with 16GB of on-package MCDRAM memory into a PCI-E add-in card. This is very similar to the ridiculous Nvidia GPUs that are currently being installed on supercomputers around the world.

Once you have all of this packed together and installed inside your computer you are left with a piece of hardware that is capable of computing single-precision calculations at a rate of 8 teraflops, or double-precision calculations at over 3 teraflops. PC World also noted that this chip will be used by the United States Department of Energy inside of its 9,300-core Cori supercomputer and, in addition to that, Intel has also claimed that 50 different manufacturers will ship systems that use this chip in time.

In the meantime the desktop workstations, which are essentially jacked up versions of the CAD, graphics and film editing computers that are used in offices where money is as abundant as air, will be made available to researchers who are interested in using a supercomputer but are otherwise unable to gain access to one. The idea is that these individuals will be able to develop and test code on the workstation before shipping it out, error-free, to a supercomputer somewhere in the future. I highly doubt that you will be getting something like this in your iMac anytime soon, though Intel is, at the very least, attempting to put this chip into the hands of people that would otherwise have no access to such a device.

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Western Digital recently announced that it is buying up data storage vendor SanDisk for $19 billion in cash and stocks. This merger is coming at a time when the IT industry is evolving at breakneck speeds and companies are looking for new ways to get in on trends like wearable tech, the Internet of Things, and cloud computing. As a result, there has been a wave of mergers and acquisitions along with an increase of investment activity in the data storage market.

Western Digital's acquisition of SanDisk comes right after the market's biggest acquisition ever, when Dell purchased EMC for $67 billion. That deal hit news outlets last week and, in addition, storage semiconductor maker PMC-Sierra has also received a number of bids to take it over while Unisplendor, who is owned by China's Tsinghua, agreed to buy 15% of Western Digital for $3.78 billion. Western Digital focuses mainly on hard disk drives (HDD) though it is facing an evolution in IT that is pushing companies towards addressing a changing set of requirements for both client and enterprise end customers.

Enterprises no longer have to rely entirely on tape drives for backups and hard drives for primary data. However, the do have to deal with higher speed requirements that come with applications like online transaction processing and big data analytics. Solid-state drives (SSD) are a vital piece of multi-faceted storage infrastructures whereas flash memory devices simply sit under DRAM as top-tier storage. Western Digital and SanDisk are both based in California and they are both heavily involved in different segments of the consumer data storage market. Western Digital offers desktop NAS drives while SanDisk operates as a leader in flash-based thumb drives and memory expansion cards.

Earlier in the year, SanDisk, which is also known for its SSDs for desktops and laptops, announced its very first lineup of pocket-sized, high-capacity external drives. This buyout of SanDisk gives Western Digital an instant position in the global, non-volatile NAND flash memory market, according to Research Vice President of IDC Jeff Janukowicz. "Additionally, the NAND industry is at an infection point as it transitions from planar to 3D technology and access to that technology was a key piece of the deal," Janukowicz stated. "Now, WD is positioned to address a much larger footprint in the storage industry."

Western Digital noted during its announcement of the deal that the combination will "enable it to vertically integrate into NAND, securing long-term access to solid state technology at lower cost." SanDisk as 27 years of experience in the NAND flash memory industry and recently announced a deal with Toshiba to manufacture the world's densest 3D NAND, which is a 48-layer, 32GB chip that offers twice the capacity of the next densest memory. Also during the announcement Western Digital also noted the 15-year partnership between SanDisk and Toshiba and stated that it expects that relationship to be "ongoing". According to the company, "The joint venture provides stable NAND supply at scale through a time-tested business model and extends across NVM technologies such as 3D NAND."

According to Gregory Wong, an Analyst with Forward Insights, this deal between Western Digital and SanDisk will allow WD to enter the consumer SSD and enterprise SATA SSD market. "WD wants SanDisk for the access to the flash. Their PC HDD business is declining due to the weak PC market but also because SSDs are encroaching that space," Wong added. "Without access to NAND flash at cost, it would've increasingly been difficult to compete with NAND players in the enterprise space."

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In case you didn't know, Windows 10 has a lot of neat little things built-in that allow you to save your battery life for longer. Sure there is the traditional power options menu that allows you to pick how long your computer should stay awake when you're not using it, but that's boring. What's cool is the new battery saver feature that switches off things like push notifications (Yes we know, your PC operating system has push notifications because Windows 10 was designed with mobile devices in mind too, get over it). So what do you need to know about these new battery settings?

The Power & Sleep menu, which can be accessed by going to Settings > System > Power > Sleep, isn't anything new. From this menu, you can choose how long your computer can be idle before it automatically shuts off the screen or goes into Sleep Mode. In addition to that, you can also customize it to do so when your computer is plugged in or running solely on battery power. There are also Additional Power Settings that you can click on, which opens up the Power Options menu in the Control Panel. From here you can edit your power plans, choose what happens when you close your laptop lid, or decide whether or not you need a password to unlock your computer when it wakes up from Sleep Mode.

A new feature with Windows 10 is Batter Saver. This is a battery-saving power mode that has been specifically optimized for Windows 10. This means that it can do things like limit background app activity and push notifications. This mode is very similar to ones that you would find on mobile devices, like smartphones or tablets. In addition to this, Batter Saver will automatically turn on when your laptop drops below 20% battery life though you can turn that off manually by going to Settings > System > Battery Saver and turning it off.

You can also tinker with Battery Saver mode. By going to the Battery Saver menu, click Battery Saver Settings to bring up the settings menu. From here you can adjust the point at which Batter Saver mode automatically kicks on from a range of 5% to 100% battery life. You can also choose whether or not to allow push notifications or lower screen brightness in Battery Saver mode or add app exceptions. Apps that you want to exclude from Battery Saver mode will be able to run in the background and send push notifications at all times.

The main Battery Saver menu allows you to see how much of your battery life is being used by different apps, simply click Battery Use to see. This will help you determine which apps to disable in Battery Saver mode, which is extremely useful. You can turn off the apps that drain the most battery life and not even worry about the ones that don't use any at all.

If you find yourself always needing to be connected when you're using your laptop and you can't figure out why your Windows 10 device is using so much power, consider going into some of these settings and tinkering around with things. You might be surprised at how much more efficient your battery usage will become and how much longer your laptop will last without having to be plugged in.

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HP has just released its newest all-in-one PC, the beautiful Enfy 34. This computer offers something unique, however, that other all-in-ones do not and that is a 34-inch curved panel. This is definitely a fancy computer to look at and, as a result, isn't cheap.

HP has added Intel's latest 6th-generation Skylake CPU and the screen itself is an IPS display, allowing for wide viewing angles. The screen also comes with a 3440 x 1440 resolution as well as 4.9 million pixels and a 21:9 aspect ratio. According to HP, the Envy 34's display offers 99% of the sRGB color gamut and also has Technicolor certification.

As far as CPU options are concerned, the Envy 34 comes with a Core i5 or Core i7 Skylake dual-core with integrated graphics standard. If this isn't quite good enough for you then you can always opt for the GeFOrce GTX 960A. Nvidia typically special OEM versions of its GPUs, which generally means that this version will be a bit slower than the consumer model.

In terms of RAM storage there is included 8GB or 16GB of DDR4 with storage options ranging from 128GB SSDs to as much as 2TB hard drives and hybrid drives. Naturally, the lower specs come with the base priced model of the Envy 34, which in this case will run you $1,800 USD.

If the Envy 34 seems a bit too big for you liking, the you will be happy to know that HP is also offering 27-inch and 24-inch models, known as the Envy 27 and Envy 24, respectively. Both of these versions mirror the internal hardware of the Envy 34, with the Skylake Core i5 and Core i7 chips as well as similar RAM and storage options. However, on these devices HP is giving consumers the option of AMD Radeon R7 or Radeon R9 graphics.

In addition to that, the panels on the Envy 27 and Envy 24 are flat, instead of curved. Both are Technicolor certified and have resolutions from standard 1080x1920 HD up to Ultra HD 4K. The Envy 24 starts at $1,000 with the Envy 27 starting at $1,200.

As far as all-in-ones are concerned, the Envy 34 from HP is definitely one of the best looking. What it's got underneath the hood is nothing to shake a stick at either. Solid RAM, solid storage space, solid processor, and a solid graphics card(s) are sure to make this all-in-one be at the top of many a computer lover's list.

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